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With Dual Energy, I was able to diversify my income without losing my agricultural output.
Gaby cereal farmer in Lombardy and partner
With Dual Energy, I was able to diversify my income without losing my agricultural output.
John, cereal farmer in New York and partner
With Dual Energy, I was able to diversify my income without losing my agricultural output.
Andrea, cereal farmer

Energy professionnals

Accelerate your permits and secure the performance of your agrivoltaic projects.

Dual Energy supports you with advanced simulation tools, agronomic files ready for the EIA, and field expertise validated by developers.

Proprietary models (better than PVsyst)

Validated methodologies (EPFL, Politecnico di Milano)

Expertise from 1 to 10 MW, locally anchored

Co-construction with farmers and DDT

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46 %

agrivoltaic projects fail due to a lack of agricultural expertise.

Our modular solution

Modules tailored to each phase of your agrivoltaic project

Too many projects fail due to a lack of solid agricultural data or overly generic models. Dual Energy provides bespoke technical modules to strengthen your files from the feasibility study onwards and enhance efficiency at every stage.

Schedule a demo

    Visit your farm & free bright snapshot

    We combine agricultural expertise and solar engineering to design systems adapted to your land.From radiation modeling to yield prediction, every project starts with data and ends with tangible results.

    Agricultural yield forecasting: estimate impacts before installation

    We simulate photosynthesis, yields in tonnes/ha, and agronomic impact based on your crops. You receive a clear, actionable file for discussions with farmers, authorities, or cooperatives. Precision = acceptability + efficiency.

    Smart tracker strategy: prioritise plant growth, not just sunlight

    Our algorithms control the tilt of the panels based on crop growth stages. This helps reduce crop yield loss — down to 3%, compared to 15% for most agrivoltaic systems. You maximise usable light for plants, while preserving energy performance.

    Design optimisation: less CAPEX, more permits

    We test over 20 variables (height, density, angle, spacing, etc.) to create a custom design, optimised for productivity, agricultural use, and regulatory acceptability. Result: -5% CAPEX and more validated projects.

How we work

A structured approach, in 3 key steps

Our deliverables are designed to integrate seamlessly into your processes: you receive actionable results quickly, without ambiguity or unnecessary complexity. Here’s how we collaborate, from the first contact to the final delivery.

  • 01

    Access to site data

    We study your plan, layout assumptions, and agronomic constraints. You provide us with essential files (open format: PDF, DWG, KML…).

  • 02

    Initial simulation and analysis

    We generate PAR maps, yield projections, and possible optimisations (design, trackers, etc.). A preliminary deliverable is provided within 3 weeks.

  • 03

    Final file & feedback webinar

    You receive a technical file ready to be integrated into your permit applications. We organise a meeting to detail the results and answer all your questions.

Our modular solution

Custom modules, tailored to your stage of progress

Light modelling

Visualise your solar potential from the study phase

Our high-resolution PAR maps model the actual sunlight exposure of your site, including spectral variations. An essential deliverable to strengthen your environmental file (EIA) and anticipate the optimal placement of your system.

Delivered format: map + PDF report

Agricultural yield forecasting

Base your decisions on concrete agronomic data

Using our proprietary tools, we estimate yield per crop (tonnes/ha) and measure the photosynthetic impact of structures. A key advantage to reassure farmers, cooperatives, or authorities.

Precision useful for negotiation and authorization.

Smart tracker strategy

Smart tracker strategy: adjust to plant growth, not just the sun

Our SCADA algorithms adjust the tilt of mono-axial panels in real time, based on crop growth stages.This ensures optimal light for plants and stable energy production throughout the season.

Compatible with standard mono-axial trackers.

Design optimisation

Reduce your CAPEX, increase your chances of approval

By testing over 20 key variables (spacing, tilt, height, orientation...), we generate a custom design, optimised for agricultural and regulatory constraints.

Result: up to -5% CAPEX, more permits obtained.

Why Dual Energy?

Concrete guarantees for your agrivoltaic projects

We combine field expertise, technical innovation, and scientific rigor to accelerate your approvals, secure your projects, and maximise their profitability. Here’s what sets us apart.

  • Proprietary tools beyond PVsyst adjustments

    Models tailored to agricultural constraints, more reliable than standard settings for your EIE.

  • Methods validated by EPFL & Politecnico di Milano

    Proven scientific approaches to secure your energy and agronomic forecasts.

  • Field expertise in medium power (1 to 10 MW)

    A deep understanding of agricultural and semi-industrial projects to avoid mistakes and speed up timelines.

  • Co-construction with farmers and local authorities

    A collaborative approach that enhances project acceptance and facilitates obtaining permits.

Already successfully tested
with 20+ committed farmers

With Dual Energy, I was able to diversify my income without losing my agricultural output.

Gaby cereal farmer in Lombardy and partner

With Dual Energy, I was able to diversify my income without losing my agricultural output.

John, cereal farmer in New York and partner

With Dual Energy, I was able to diversify my income without losing my agricultural output.

Andrea, cereal farmer

-30 %

average time saved on permits

92 %

of files validated on the first submission

–80 %

less yield loss vs. standard agrivoltaics

Our partners

Why agrivoltaics?

Have questions? We’re here to help.

Will I retain control over my land?
How much will it actually earn me?
Do I need to invest in the project?
Who handles the administrative procedures?
How long does it take to install the system?
What if I have a problem after installation?
Still have questions?
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the power of agrivoltaics?
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